GT-I9103
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Another Galaxy S II passes through the FCC, possibly rockin' a Tegra 2
What we have here appears to be some variation of the Samsung Galaxy S II, with support for 850MHz and 1900MHz GSM frequencies, making its way through the FCC. Now, we know what you're thinking, "didn't we already see an AT&T ready S II?" Yep, but this one sports a different model number -- GT-I9103, and you know where we've seen that before? Those mysterious Tegra 2-equipped Galaxy S II benchmarks. The rumblings of Sammy's flagship handset coming in two versions, one rocking NVIDIA's mobile chip, aren't without precedent -- Exynos is still fairly young silicon and this could be a way to boost supplies (as we put it, in the most politically correct terms possible) "outside its critical markets." In other words, don't expect to pick one of these up at your local AT&T shop, unless your local store happens to be in St. Petersburg Russia.
Samsung's Galaxy S II to have a Tegra 2 version?
Just as we lay to rest the ghost of a phantom Tegra 2 chip inside the LG Revolution, here comes the specter of another unconfirmed appearance for NVIDIA's dual-core application processor, this time inside Samsung's Galaxy S II. If you'll recall, we were initially informed by Samsung's PR crew that their new Android flagship would run on NVIDIA's hardware, however a subsequent correction informed us that the processor inside would in fact be Samsung's own Exynos. Now, it turns out, both might be true. AnandTech have come across some benchmark results showing a GT-i9103 with Tegra 2 listed as its grunt provider, while Pocket-lint and others have noted that Samsung's own spec sheet for the Galaxy S II states that the dual-core Exynos "may not be applicable in some regions." The likeliest scenario here is that Samsung hasn't yet reached sufficient volumes with its own processor production and will rely on NVIDIA's Tegra 2 for handsets outside its critical markets -- much in the same vein as it replaced Super AMOLED with Super Clear LCD screens in Russia and some other territories. Don't fret too much, though, performance disparities between the two aren't likely to be overly significant.
